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TECHNOLOGY TRANSFER: INTRODUCTION

Washington Capital Partners will not only operate as a classic VC; we intend to differentiate ourselves by focusing on the tremendous opportunities present in the realm of technology transfer. We will focus considerable energy on identifying, extracting, and commercializing federally funded technologies currently being developed in our federal, corporate, and university laboratories.

This federally funded technology resides in over 600 federal, corporate and university labs. Much of the technology remains "trapped" in the labs and is ripe for commercialization at the cost of royalty payments. Government funding, personnel and facilities can, in effect, be made available to venture capitalists who have the security clearances, reputations, contacts, relationships, and credibility to harness these assets for private sector productization and sale.

Technology transfer, when executed properly, is a proven business/investment model. It has been demonstrated by the efforts of Clint Murchison, Henry Singleton, and George Kozmetsky (and others, including Arthur Rock) in the creation of companies such as Litton and Teledyne. These companies were founded with technology harnessed from federal labs, much of which emanated from lab research performed during WWII and the Korean War.

Perhaps the most well-know and cited example technology transfer is the Internet, which can trace its origins to the U.S. Department of Defense's DARPA (Defense Advanced Research Projects Agency). In 1968 a mandate was issued to create a network (which became DARPAnet) to link the computers of scientists at Stanford, UCLA, UC Santa Barbara, and the University of Utah, who were working on projects for and funded by the military. They needed a distributed or secure network for collaboration; a network that could transport data between mainframe computers securely in the event of an attack - be it nuclear or other. This resulted in a decentralized network in which the vulnerability of any single computer would not bring the network down. The scientists were so pleased with this new vehicle for collaboration that its popularity spread across universities throughout the country. The seeds of the modern day Internet had been sewn.

 
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